Imagine you have a super cool toy car, and you want to show your friends how it drives, but they live far away. Usually, you'd just make a boring video, and they'd watch it, maybe yawn a little. 😴
But this patent, called "System and Method for Providing and Interacting with Coordinated Presentations," is like having a magic camera and a super smart helper! 🧙♂️📸
First, you pick all the cool stuff you want to talk about with your toy car – like its awesome wheels or its speedy engine. That's your 'first data stream' of important words and pictures.
Then, the magic camera watches your toy car zoom around (that's the 'second data stream' of images). But here's the clever part: the smart helper sees your car, follows it as it moves, and even makes the video better by zooming in on the wheels when you talk about them, or making a little arrow pop up to show the engine! It's like the video knows exactly what you're pointing at! 🤩
Finally, all this cool, smart video and your important words are squished together into one super-duper 'coordinated presentation'. And the best bit? When your friends watch it on their tablets, they can actually tap on the wheels in the video, and more information about them will pop up! It's not just watching; it's playing and learning at the same time! 🎉 So, no more boring videos – just super fun, interactive shows!
The patent, titled "System and Method for Providing and Interacting with Coordinated Presentations" (US-9852764), introduces a sophisticated framework for generating dynamic, interactive digital presentations that overcome the limitations of passive content consumption. At its core, this innovation enables the seamless integration of diverse content streams to create a unified and engaging user experience.
The primary problem this invention addresses is the prevalent lack of genuine interactivity and dynamism in traditional digital presentations. Current methods often struggle to maintain audience engagement, especially when delivering complex information or demonstrations remotely. The system aims to transform passive viewing into active participation, thereby enhancing understanding and retention.
The key technical approach involves processing two main data streams: a first stream of curated, user-selected content (e.g., text, graphics, audio) and a second stream of captured images (e.g., video, photo sequences). The ingenuity lies in the intelligent processing of the image stream, where the system defines subjects, tracks their appearance of movement, and then modifies these images dynamically. This could include automated cropping, zooming, or highlighting to maintain focus or emphasize specific actions. These modified visuals are then expertly integrated with the curated content.
From a business perspective, the value proposition of this technology is substantial. It offers a powerful tool for enhancing engagement in various sectors, including e-learning, corporate training, digital marketing, and virtual events. By enabling remote interaction with specific portions of the curated content, the system fosters deeper understanding, improved knowledge retention, and more effective communication. This translates into more impactful training programs, compelling product demonstrations, and immersive educational experiences.
The market opportunity for such an innovation is vast. As remote work and digital learning continue to expand, the demand for high-quality, interactive content is growing exponentially. This patent positions itself to capture a significant share of this market by providing a scalable and robust solution for creating next-generation presentations that are not only informative but also inherently engaging and responsive to user input. It represents a significant step towards truly immersive digital communication.
Imagine you're trying to explain a complex new product or teach a detailed lesson online. Most often, you'd use a presentation with slides and maybe a video. The problem is, these are usually very passive. Your audience just watches or reads, and it's hard to keep them engaged, especially if they're remote. They can't easily ask questions about a specific part of a video, or click on a detail in a diagram to get more information. This leads to people zoning out, forgetting what they've learned, or simply not grasping the full picture. Existing solutions often involve either very basic, non-interactive videos or incredibly expensive, custom-built interactive experiences that are hard to update or scale.
This patent, titled "System and Method for Providing and Interacting with Coordinated Presentations," offers a smart solution by creating what it calls a 'coordinated presentation.' Think of it as a super-smart digital show. It takes two main things:
Then, the system seamlessly blends your main story (the curated content) with these intelligently modified visuals. The result is a single presentation that's not just a video, but an interactive experience. When someone watches this presentation on their computer or tablet, they can click on parts of the dynamically modified visuals or text to get more information, jump to related sections, or even answer a quick question. It's like having a personalized guide that adapts to what you're interested in.
This innovation matters because it transforms how businesses and educators can communicate. Instead of just delivering information, they can now create experiences that actively involve the audience. For businesses, this means more effective product demonstrations that lead to higher sales, more engaging training modules that improve employee performance, and more impactful marketing campaigns. For education, it means students can explore complex topics at their own pace, interacting with content that responds to their curiosity, leading to deeper understanding and better retention.
It provides a significant competitive advantage for companies that adopt it, allowing them to stand out in a crowded digital landscape. The ability to automatically generate such rich, interactive content also saves considerable time and resources compared to manual methods, offering a strong return on investment (ROI). It's a game-changer for anyone looking to make their digital communications truly effective and memorable.
This technology paves the way for a new era of digital content. We could see it integrated into virtual reality (VR) and augmented reality (AR) experiences, making virtual meetings feel even more real, or enabling truly immersive remote learning environments. As AI and machine learning advance, the system's ability to automatically curate and modify content could become even more sophisticated, leading to highly personalized, adaptive presentations generated on the fly for individual users. Expect to see rapid adoption in sectors like e-learning, corporate training, virtual events, and interactive advertising, setting new benchmarks for digital engagement and effectiveness.
Disclosed is a system and method for generating a coordinated presentation. Content selected by a user is curated, and a plurality of images are captured for inclusion. A first data stream for the curated content and a second data stream for the captured images are received. A portion of a subject within each second data stream image is defined. An appearance of movement is tracked, and at least some of the plurality of images in the second data stream is modified. The respective content associated with the two data streams is integrated, including the modified at least some of the plurality of images, to generate the coordinated presentation that is capable of transmission to and receipt by one or more remote devices, and wherein the coordinated presentation is configured to enable interaction with at least a portion of the curated content at each of the one or more remote devices.
The patent "System and Method for Providing and Interacting with Coordinated Presentations" (US-9852764) details a sophisticated technical architecture for generating dynamic, interactive digital content by integrating and intelligently processing multiple data streams. This system is designed to overcome the limitations of static presentations, particularly in remote viewing scenarios, by enabling real-time content modification and user interaction.
Technical Architecture and Data Flow: The core architecture revolves around a multi-stage processing pipeline. It begins with the reception of two distinct data streams. The first data stream encapsulates curated content, which can be textual, graphical, audio-visual, or any combination thereof, selected by a user. This stream represents the primary informational layer. The second data stream consists of a plurality of captured images, which could originate from a live camera feed, a pre-recorded video, or a sequence of still images. This stream provides the dynamic visual context.
Image Processing and Modification: The technical innovation is particularly prominent in the processing of the second data stream. The system incorporates advanced computer vision and image analysis techniques to:
Integration Patterns: Following image modification, the respective content associated with both data streams is integrated. This integration is more than a simple overlay; it's a 'coordinated' effort. The system synchronizes the modified image stream with the curated content, potentially using timestamps, event triggers, or semantic linking. For instance, a particular phrase in the curated text might trigger a zoom-in on a specific action in the image stream. This requires a robust content management and synchronization engine that can handle multi-modal data streams effectively.
Performance Characteristics and Remote Delivery: The generated 'coordinated presentation' is designed for transmission to and receipt by one or more remote devices. This implies an emphasis on efficient encoding, streaming protocols (e.g., HLS, DASH), and adaptive bitrate streaming to ensure smooth delivery across varying network conditions. Crucially, the presentation is configured to 'enable interaction with at least a portion of the curated content' at these remote devices. This suggests that the final presentation isn't a monolithic video file but rather a structured, interactive media object. Client-side applications would interpret embedded metadata or interactive layers to allow users to click on, expand, or otherwise engage with specific elements of the curated content, such as navigating to external links, viewing supplementary information, or triggering interactive quizzes. This requires a well-defined API or protocol for client-server communication to handle interaction events and deliver responsive feedback.
Code-level Implications: Implementation would involve a stack leveraging robust media processing libraries (e.g., FFmpeg, OpenCV for image/video manipulation), machine learning frameworks for object detection and tracking (e.g., TensorFlow, PyTorch), and potentially real-time streaming servers. The integration layer would likely utilize a custom data model to represent the coordinated presentation, allowing for semantic linking between visual and textual components. Client-side implementations would need to be lightweight and capable of rendering interactive overlays and handling user input efficiently across diverse platforms (web, mobile, desktop). This patent provides a comprehensive technical blueprint for building advanced interactive digital content systems.
The patent "System and Method for Providing and Interacting with Coordinated Presentations" (US-9852764) presents a compelling business opportunity by addressing a critical need for enhanced digital engagement and interactivity. In an increasingly digital-first world, the ability to deliver dynamic, personalized, and interactive content is no longer a luxury but a strategic imperative.
Market Opportunity Size: The global market for e-learning, virtual events, digital marketing, and corporate training is experiencing exponential growth, collectively valued in the hundreds of billions of dollars and projected to reach trillions within the next decade. Within this vast market, the segment for interactive and dynamic content solutions is rapidly expanding. This invention directly targets this growth, offering a superior method for content delivery that can capture significant market share across these verticals. The demand for solutions that can transform passive viewing into active participation is universal.
Competitive Advantages: This technology offers several distinct competitive advantages:
Revenue Potential and Business Models: Multiple revenue streams are plausible for this innovation:
Strategic Positioning: This patent allows a company to strategically position itself as a leader in the next generation of interactive digital content. It moves beyond traditional presentation software (like PowerPoint or Keynote) and even basic video conferencing tools, by offering a fundamentally more engaging and effective communication medium. It could disrupt markets currently dominated by passive video platforms and static e-learning modules, by providing a truly differentiated offering focused on active user participation.
ROI Projections: Organizations adopting this technology can expect significant returns on investment through:
Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A system for generating a coordinated presentation, comprising: a computing device having a processor and a memory, the computing device being configured by code stored in the memory and executed by the processor to: curate content selected by a user for inclusion in the coordinated presentation; capture, at least via an image capture device, a plurality of images for inclusion in the coordinated presentation; receive a first data stream associated with the curated content and a second data stream associated with the captured images; define a portion of a subject within each of the plurality of images in the second data stream, wherein the portion comprises less than any one image; track an appearance of movement of the portion of the subject within each of the plurality of images; modify, as a function of the tracked appearance of movement, at least some of the plurality of images in the second data stream by displaying the portion in a single position; and integrate respective content associated with the two data streams, including the modified at least some of the plurality of images, to generate the coordinated presentation that is capable of transmission to and receipt by one or more remote devices, and wherein the coordinated presentation is configured to enable interaction with at least a portion of the curated content at each of the one or more remote devices.
A system creates coordinated presentations by combining curated content (like web pages) with captured images (from a camera). A computer processes both types of data. For the images, it identifies a moving object, tracks its movement, and then stabilizes the object's position in the video. Finally, the system combines the curated content and the modified images into a presentation that can be sent to remote devices, where users can interact with the curated content.
2. The system of claim 1 , wherein the computing device is further configured by code stored in the memory and executed by the processor to: process telemetry information associated with at least one of a gyroscope and accelerometer, wherein the tracked appearance of movement is based on the telemetry information.
The system from the previous description uses telemetry data (from a gyroscope and accelerometer) to improve the accuracy of movement tracking. The movement tracking is based on the telemetry information associated with the gyroscope and/or accelerometer. This allows the system to better understand how the camera is moving and therefore better stabilize the subject in the images.
3. The system of claim 2 , wherein the telemetry information represents computing device movement associated with distance, speed and direction in at least one of an X-axis, a Y-axis and a Z-axis.
The system from the previous description uses gyroscope and accelerometer data, specifically distance, speed and direction of movement along the X, Y, and Z axes, to track the movement of the image capture device. This precise telemetry information helps to accurately track and stabilize the subject in the captured images during the creation of a coordinated presentation which combines curated content with captured images.
4. The system of claim 2 , wherein the computing device is further configured by code stored in the memory and executed by the processor to alter placement and/or alter an angle of view of the at least some of the content in the first data stream.
In addition to using telemetry data to track movement, the system from the second description also adjusts the placement or viewing angle of the curated content within the coordinated presentation. This allows the system to create a more seamless integration of the curated content and the captured images, enhancing the final presentation.
5. The system of claim 2 , wherein the curated content includes a 360 degree horizontal view and a 180 degree vertical view, and wherein the computing device is further configured by code stored in the memory and executed by the processor to: control an angle, distance and/or viewpoint appearance of content in the first stream of data as a function of the telemetry information.
The system described previously, when the curated content includes 360-degree horizontal and 180-degree vertical views, uses telemetry data to control the viewing angle, distance, or viewpoint of the curated content. This enables the system to create an immersive experience where the user's perspective on the curated content changes dynamically based on the device's movement, synchronized with the captured image stream.
6. The system of claim 1 , wherein the computing device is further configured by code stored in the memory and executed by the processor to: alter appearance of content in the second data stream, including position in a frame of the coordinated presentation as a function of input received in an authoring tool interface.
The system from the first description allows for manual adjustments to the captured image stream within the coordinated presentation using an authoring tool. This includes changing the position of the image content within the presentation frame, allowing the presenter to fine-tune the final look and feel of the presentation.
7. The system of claim 1 , wherein the computing device is further configured by code stored in the memory and executed by the processor to: substitute a portion content in of the second data stream with at least a portion of content in the first data stream as a function of at least a chroma value appearing in the content in the second data stream.
The system from the first description can replace parts of the captured image stream with content from the curated content stream, based on the color (chroma) of the image. For example, if the background of the captured image is green, the system can replace the green screen with a web page or other curated content, seamlessly integrating the two streams.
8. The system of claim 1 , wherein the angle, distance and/or viewpoint of content in the first stream of data are is controlled by adjusting the first stream of data to correspond oppositely to appearance of content in the second data stream.
The system from the first description controls the viewing angle, distance, and viewpoint of the curated content (first data stream) in a way that directly opposes or complements the appearance of the captured images (second data stream). This creates a coordinated and visually appealing presentation by ensuring that the two streams are synchronized and balanced.
9. The system of claim 1 , wherein the curated content includes web-based content and wherein the computing device is further configured by code stored in the memory and executed by the processor to: position content associated with second data stream to appear virtually integrated into the first data stream.
When the curated content includes web-based content, the system from the first description positions the captured image stream to appear as if it is seamlessly integrated into the web content. For example, the captured video can be placed within a frame on a webpage or appear as an overlay, creating a cohesive and interactive presentation.
10. The system of claim 1 , wherein the step of modifying at least some of the curated content includes changing perspective, skew, brightness, contrast and/or saturation.
The system from the first description modifies the curated content (text, images, web pages) by changing its perspective, skew, brightness, contrast, or saturation. This is done to visually integrate the curated content with the captured images, making the final presentation more visually appealing and coherent.
11. A method for generating a coordinated presentation, comprising: curating, by a computing device being configured by code stored in a memory and executed by a processor, content selected by a user for inclusion in the coordinated presentation; capturing, at least via a camera, a plurality of images for inclusion in the coordinated presentation; capture, at least via an image capture device, a plurality of images for inclusion in the coordinated presentation; receiving, by the computing device, a first data stream associated with the curated content and a second data stream associated with the captured images; defining, by the computing device, a portion of a subject within each of the plurality of images in the second data stream, wherein the portion comprises less than any one image; tracking, by the computing device, an appearance of movement of the portion of the subject within each of the plurality of images; modifying, by the computing device as a function of the tracked appearance of movement, at least some of the plurality of images in the second data stream by displaying the portion in a single position; and integrating, by the computing device, respective content associated with the two data streams, including the modified at least some of the plurality of images, to generate the coordinated presentation that is capable of transmission to and receipt by one or more remote devices, and wherein the coordinated presentation is configured to enable interaction with at least a portion of the curated content at each of the one or more remote devices.
A method creates coordinated presentations by combining curated content (like web pages) with captured images (from a camera). A computer processes both types of data. For the images, it identifies a moving object, tracks its movement, and then stabilizes the object's position in the video. Finally, the method combines the curated content and the modified images into a presentation that can be sent to remote devices, where users can interact with the curated content.
12. The method of claim 11 , further comprising: processing, by the computing device, telemetry information associated with at least one of a gyroscope and accelerometer, wherein the tracked appearance of movement is based on the telemetry information.
The method from the previous description uses telemetry data (from a gyroscope and accelerometer) to improve the accuracy of movement tracking. The movement tracking is based on the telemetry information associated with the gyroscope and/or accelerometer. This allows the system to better understand how the camera is moving and therefore better stabilize the subject in the images.
13. The method of claim 12 , wherein the telemetry information represents computing device movement associated with distance, speed and direction in at least one of an X-axis, a Y-axis and a Z-axis.
The method from the previous description uses gyroscope and accelerometer data, specifically distance, speed and direction of movement along the X, Y, and Z axes, to track the movement of the image capture device. This precise telemetry information helps to accurately track and stabilize the subject in the captured images during the creation of a coordinated presentation which combines curated content with captured images.
14. The method of claim 12 , further comprising: altering, by the computing device, placement and/or alter an angle of view of the at least some of the content in the first data stream.
In addition to using telemetry data to track movement, the method from the twelfth description also adjusts the placement or viewing angle of the curated content within the coordinated presentation. This allows the system to create a more seamless integration of the curated content and the captured images, enhancing the final presentation.
15. The method of claim 12 , wherein the curated content includes a 360 degree horizontal view and a 180 degree vertical view, and further comprising: controlling, by the computing device, an angle, distance and/or viewpoint appearance of content in the first stream of data as a function of the telemetry information.
The method described previously, when the curated content includes 360-degree horizontal and 180-degree vertical views, uses telemetry data to control the viewing angle, distance, or viewpoint of the curated content. This enables the system to create an immersive experience where the user's perspective on the curated content changes dynamically based on the device's movement, synchronized with the captured image stream.
16. The method of claim 11 , further comprising: altering, by the computing device, appearance of content in the second data stream, including position in a frame of the coordinated presentation as a function of input received in an authoring tool interface.
The method from the eleventh description allows for manual adjustments to the captured image stream within the coordinated presentation using an authoring tool. This includes changing the position of the image content within the presentation frame, allowing the presenter to fine-tune the final look and feel of the presentation.
17. The method of claim 11 , further comprising: substituting, by the computing device, a portion content in of the second data stream with at least a portion of content in the first data stream as a function of at least a chroma value appearing in the content in the second data stream.
The method from the eleventh description can replace parts of the captured image stream with content from the curated content stream, based on the color (chroma) of the image. For example, if the background of the captured image is green, the system can replace the green screen with a web page or other curated content, seamlessly integrating the two streams.
18. The method of claim 11 , wherein the angle, distance and/or viewpoint of content in the first stream of data are is controlled by adjusting the first stream of data to correspond oppositely to appearance of content in the second data stream.
The method from the eleventh description controls the viewing angle, distance, and viewpoint of the curated content (first data stream) in a way that directly opposes or complements the appearance of the captured images (second data stream). This creates a coordinated and visually appealing presentation by ensuring that the two streams are synchronized and balanced.
19. The method of claim 11 , wherein the curated content includes web-based content and, further comprising: positioning, by the computing device, content associated with second data stream to appear virtually integrated into the first data stream.
When the curated content includes web-based content, the method from the eleventh description positions the captured image stream to appear as if it is seamlessly integrated into the web content. For example, the captured video can be placed within a frame on a webpage or appear as an overlay, creating a cohesive and interactive presentation.
20. The method of claim 11 , wherein the step of modifying at least some of the curated content includes changing perspective, skew, brightness, contrast and/or saturation.
The method from the eleventh description modifies the curated content (text, images, web pages) by changing its perspective, skew, brightness, contrast, or saturation. This is done to visually integrate the curated content with the captured images, making the final presentation more visually appealing and coherent.
(0-5s) HOOK: [Upbeat music, quick cuts of engaging, interactive digital content vs. static slides] VO: Tired of presentations that put your audience to sleep? What if your content could come alive?
(5-20s) PROBLEM: [Visual: Person looking bored at a screen, then struggling with complex presentation software] VO: In our digital world, engagement is everything. But traditional presentations are often passive, one-sided, and fail to truly capture attention or facilitate understanding. Whether it's for education, marketing, or training, static content just isn't cutting it anymore. We need more than just information; we need interaction.
(20-50s) SOLUTION: [Visual: Animated graphics showing data streams merging, a subject being tracked and highlighted in a video, then a user interacting with a presentation on a tablet] VO: Introducing the System and Method for Providing and Interacting with Coordinated Presentations patent! This revolutionary technology is changing the game. It works by taking your curated content – like text and data – and blending it seamlessly with dynamic, captured images. The system intelligently tracks subjects within those images, modifying them in real-time – think automatic zooms or highlights that follow movement. All of this integrates into a single, cohesive, and most importantly, interactive presentation. Imagine your audience not just watching, but clicking, exploring, and engaging directly with your content, even remotely!
(50-60s) CALL-TO-ACTION: [Visual: Screen showing 'patentable.app/patents/US-9852764' with a compelling call to action button] VO: Ready to elevate your digital communication? Discover how the System and Method for Providing and Interacting with Coordinated Presentations is setting a new standard for engagement. Visit patentable.app/patents/US-9852764 to dive deeper into this game-changing innovation today!
[Visual: Fast-paced cuts of dull, static presentation slides vs. dynamic, interactive visuals]
HOOK 1 (0-3s): Is your audience bored to tears by static presentations? 😴 HOOK 2 (0-3s): What if your presentations could come ALIVE? ✨ HOOK 3 (0-3s): Stop just showing, start engaging!
PROBLEM (3-15s): Traditional presentations are often one-way streets. Information overload, zero interaction. You talk, they zone out. Your message gets lost in a sea of passive viewing. It's a huge problem for engagement and retention across all industries.
SOLUTION (15-45s): Enter the System and Method for Providing and Interacting with Coordinated Presentations! This groundbreaking patent isn't just about slides. It's about combining curated content with intelligent, movement-tracked images. Imagine visuals that adapt as you speak, and content you can actually CLICK on and interact with, even remotely! This technology tracks subjects in images, modifies them dynamically, and integrates everything into one seamless, interactive experience. It’s like magic for your message!
CTA (45-60s): Want to transform your digital engagement? Ready for presentations that truly captivate? Learn more about the System and Method for Providing and Interacting with Coordinated Presentations and how it's revolutionizing content delivery! Link in bio or visit patentable.app/patents/US-9852764 now! Don't just present, coordinate and interact! #Innovation #EdTech #Marketing #FutureOfPresentations
[Visual: Dynamic intro graphics, then a split screen showing a traditional presentation vs. an interactive one]
INTRO HOOK 1 (0-5s): Ever wondered how to make digital content truly interactive and engaging? The System and Method for Providing and Interacting with Coordinated Presentations patent holds the key. INTRO HOOK 2 (0-5s): Get ready to redefine presentations! We're breaking down the System and Method for Providing and Interacting with Coordinated Presentations.
CONTEXT (5-20s): In our increasingly digital world, the demand for richer, more engaging content is skyrocketing. Yet, many digital experiences remain largely passive. This creates a disconnect between content creators and their audiences, especially in fields like education, marketing, and corporate training.
INNOVATION (20-60s): The System and Method for Providing and Interacting with Coordinated Presentations tackles this head-on. This patent describes a system that curates user-selected content (your text, data, etc.) and integrates it with a second stream of captured images. But here's the magic: the system defines and tracks subjects within those images, intelligently modifying them – think dynamic zooms, highlights, or annotations that follow movement. All of this is then integrated into a single, cohesive 'coordinated presentation'. Crucially, this presentation isn't just for viewing; it's designed to enable interaction with its elements on remote devices, turning passive viewers into active participants.
IMPACT (60-80s): The business and industry impact of this innovation is immense. Imagine e-learning modules where students can click on specific parts of a diagram that's animated in real-time. Or interactive product launches where potential customers can explore features with guided, dynamic visuals. This technology promises higher engagement, better retention, and more effective communication across the board.
CLOSING (80-90s): The System and Method for Providing and Interacting with Coordinated Presentations is a blueprint for the future of digital content. It's about making every interaction count. Don't miss out on understanding this game-changing patent. Check out the full analysis at patentable.app/patents/US-9852764 for more details! Like, share, and subscribe for more patent breakdowns!
[Visual: Quick, flashy montage: 1. A person looking bored at a laptop. 2. A vibrant, animated presentation with clickable elements. 3. A hand interacting with a screen, making elements move.]
VISUAL HOOK 1 (0-2s): Bored by presentations? Not anymore! ✨ VISUAL HOOK 2 (0-2s): See how presentations get a major upgrade! 🚀
PROBLEM (2-15s): Static slides are a thing of the past. Your audience wants to engage, not just observe. But creating truly dynamic, interactive content has been complex and time-consuming. It's a real barrier to effective communication.
SOLUTION (15-35s): The System and Method for Providing and Interacting with Coordinated Presentations changes everything! This patent describes how to blend your curated content with intelligent, movement-tracking images. The system literally watches subjects in your visuals, modifies them to keep focus, and then integrates it all into one amazing, interactive presentation. Viewers can click, explore, and truly participate. Think next-level product demos, engaging lessons, or dynamic virtual tours, all in one seamless experience!
CTA (35-45s): Ready to make your content unforgettable? Learn how this patent is revolutionizing digital engagement! Tap the link in bio for full details on the System and Method for Providing and Interacting with Coordinated Presentations. Don't just present, interact! #DigitalMarketing #Elearning #FutureOfContent #Patent
Hero image illustrating the System and Method for Providing and Interacting with Coordinated Presentations, showing the flow from raw content and dynamic images to an interactive, unified presentation on a remote device.
Flowchart diagram illustrating the technical architecture of System and Method for Providing and Interacting with Coordinated Presentations, detailing content processing, image modification, and presentation integration.
Abstract concept art showing data streams merging into an interactive, coordinated presentation, representing the System and Method for Providing and Interacting with Coordinated Presentations.
Infographic comparing the features and advantages of System and Method for Providing and Interacting with Coordinated Presentations against traditional static presentation methods.
Social media graphic highlighting the System and Method for Providing and Interacting with Coordinated Presentations, emphasizing dynamic, interactive content and intelligent visuals.
Cooperative Patent Classification codes for this invention. Click any code to explore related patents in that topic.
May 30, 2017
December 26, 2017
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